SCIENTIFIC ABSTRACT SHARASHKIN, G.I. - SHARAY, V.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548610014-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHARASHKIN, G.I., kapitan.
Orienting the antiaircraft set. Artill. zhur. n9-1:58 Ja '58.
(MIR& 11:2)
(Antiaircraft guns)

Soy/85-58-8-33/40
AUTEDRS: Uruvayev, S.; Sharashkin, ff. and Semenov, S. (Via~imlr)
TITLE: Yf-,zsomol Members' H9ndiwork (Rukami Komsomolltsev)
PERIODICAL: Kryllya rodiuy, 1958, Nr 8, p 27 (-USSR)
ABSTRACT: J members of the Vladimirskiy oblastaoy aeroklub IV2adJmir OblAst
3aid to have produced various technical displays wid ecr.Up-
ment
card 1/1

US,* ng - ~CiP .f Organizat i-ori
qL1 Ic
FD-111-,
Author Bliznyak, Ye. V. and Sharash-kin, N. S.
Title In scientific establishments of the Department of Technical Sciences
of the Academy of Sciences of the USSR. Conference on modelling of
water channel Drocesses.
Periodical : Izv. AN SSSR. Otd. tekh nauk 1q, 157-16o, MaY 1954
Abstract : This is a report on a conference on modelling of water channel processes
in erodable models, under the Academy of Sciences of the USSR, 29-31 May
1054. Lists participating organizations and their locations. Gives sum-
maxies of the ten reports presented, together with author, institution,
and location. The purpose of the modelling was to develop methods for
the calculation of water channel processes produced in rivers by artif-i-
cial changes in their character.
Institution
Submitted

SHARASHKIN,Ye.; KHIMUNIN,S.
Trends in major repairing of apartment buildings and ways of mecha-
nizing it. Zhil.-kom.khoz.5 no.5:3-8 '55. (MLRA 8:11)
1. Glpvnyy inzhener Zhilishchnogo upravleniya ispolkama Leningrad-
skogo gorsoveta (for Sharashkin)
(Apartment houses--Maintenance and repair)

FELIER, I.; SHARAbHKIN,Ye.
Improve the accounting of housing property. Zhil.-kom.khoz. 5
no.7:30 155. (KLRA 9:1)
1. Nachaltnik Leningradskogo gorodskogo inventarizatsionnogo
byuro (for Feller). 2.Glavnyy inshener zhilAshchnogo upravleniya
Leningradskogo gorispolkoma (for Shstrashkin).
(Leningrad--HousirW--Accounting)

LTM/Rngineering - Hydraulics, Hydrology Dee 52
4~
"Discussion of the Theories of Motion of Suspended
Sedi nts at the All-Union Conference on the Probl
of Stream-Bed Processes," N. S. Sbarashkina
"Iz Ak Nauk SSSR, Otdel Tekh Nauk" No 12, pp 1866-
1868
Briefly reviews reports presented at Conference ar-
ranged in Jan 52 jointly by Main Administration of
Hydro-meteorological Service, Lab of Stream-Bed
Processes of Section on Scientific Development of
Problems of Water Economy and Inst of Geography.
244T67
Two theories were discussed: gravitation theory
by X. A. Velikanov and diffusion theox"j developed
by V. M. Makkaveyev. Conference made conclusion
that both theories of suspension motion are based
on physically sound assumptions, but still include
some hypotheses which require theoretical develop-
ment and experimental substantiation.
244T67

YZE T- T F !J T 0 VI, - SHARASTKIFIA, -N, S,
Hydraulic Engineering
Conference on waterways. Vest. AN SSSR 22, no. 3, 1952.
Monthly List of Russian Accessions- Library of Congress, October 1952. Unclassified.

BLIZNYAK, Ye.V., doktor tekhn.nauk, otv.red.Ecieceased]; ROSSIIISKIY, K.I..
kand.tekhn.nauk, zamestitell otv.red.: AHDRMV, O.V.. kand.tekhn.
nauk, red.; ZIRELOV, N.P., kand.tekhn.nauk; RZHASITSYN. P.A., kand.
tekhn.nauk, red.; U.S. SHAIUSHKIMA. N.S., red.; YEGOROV, V.I.,
red.1zd-va; UORN.7,04.. -redizd-va; S114KIlLk, Ye.I., tekhn.red.;
KASiTINA, P.S., telchn.rpd.
[Channnl proceasna: a collection of articleal Ruglove protseflay:
sbornik statei. 1169~:va, 1958. 194 p. 04IR& 12:1)
1. All SSSR. St-ktaiva po nauchnny rEtzro?.bntke problem vodnogn
kho:.vaystva. 2. Sektsiyu no nauchnoy razrabotke problem vodnogo
khozyaystva AN SSSR, Vsasoyuznyy nauchno-issledovatel'skiy i
proyektno-izyskatellskiy inst. im. S.Ya.Zhuka (for Rossinskiy).
3. VsesoyuziVy nauchno-issledovatellskly inst. transportnogo
strnitellstva Ministerstva tranaportnogo stroit,~llstva SSSR (for
Andreyev). 4. Vsesoyusnyy nauchno-issledovatol'skiy institiit
vodnsnabzbenlya, kanalizatsii, gidrotekhnicheskikh sooruzheniy
i inzbenernoy gidrogeologii (for Zrelov). 5. Tsentraltny-y nauchno-
isiledovatellskiy institut ekonomiki i ekspluatataii vodnogo
transports. (for Rzhanitsyn). 6. Saktsiya po nauchnoy razrabotke
problem vodnogo khozyaystva AN SSSR (for Sbarashkina).
(Hydraulic engineering) (Rivers)

_'j_-~ C j
A G 0 3 23 68) SOURCE CODE: UR/0081/66/000/012/S071/S071
AU"-~01'%,: G;lmova-Nayukova, N. 1. ; Sharashkina,_V._I'!.._
'iITLE: Developn-iont of production methods for artificial leather"which is
res-:,s,tail',--to-ni;~-~~rpQ-rganisms
SOUR.CE: Ref. zh. Xhimiya, Part II, Abs. 12S469
RUF SOURCE; Nauchno-isslod. tr. Vaes n. -i in-t plenok i iskusstv. kozhi, ob.
16, 1965, 12-20
TOY'I C TAGS: bacteria, leather, artificial leather, microorganism resistant
ABSTRACT: To increase the biological resistance of artificial leather to molds
and bacteria (particularly in countries with hot and humid climates), a number of
domesUcally produced plasticizers and stabilizers as well as other compounds
were tested for their effect on the resistance to microorganisms of film-forming
polymers. Procedures were developed for new products incorporating polymers
weight, plasticizers and stabilizers with fungicidal properties,
and products containing antiseptics. Mold-resistant, artificial leather can be
Card 1/2

L 0'3~1 57
ACC "a; AiiGO32368
prepared by placing on antiseptic -treated tissue the polymer mixture with
antiseptics and 5 parts by weight of salicylanilide or 4-5 parts by weight of zinc
dichlorosalicylanilide salt. Resistant leather substitutes can be prepared without
antiseptics but with the appropriate selection of polymers of high molecular
weig"ats, plasticizers, stabilizers, and other components. Domestically producedl
plasticizers f pi,:,thalatedicaprylate-4, phenyl-di-O-chloroethyl) phosphate, and
ci lph enyl- ('j - chluro ethyl) -phosphate], and stabilizers (epoxy resins 5N and E-40)
are mold resistant. f errokler 1212A, ferrokler 903, stankler-40, lead silicate,
2. 4-diosibenzophenone (49-4), propane (4-7) stabilizers also are resistant to
mold. T. Sobko. [Translation of abstract]
SUB CODE: 06

SHARASHOV, S.G. , kand.med.nauk (Yaroslavl'' , Grazhdanskaya u1.. d-37/45
kv. 13 )
Pathogenesis of circulatory disorders and use of anti-shock measures
in trailm of the abdominal organs; experimental investigations [with
summary in linglish, p.1601. Vest.khir. 79 no.7:68-77 J1 '57.
(MIRA 10:10)
1. Iz kafedry patologicheakoy fiziologii (nach. - prof. I.P.Petrov)
Voyenno-meditBinskoy ordena Lenina akademii im. S.M.Kirova.
(ABDOMEN, wounds and injuries.
exper., causing circ. disord. & eff. of anti-shock
substances (Rua))
(SHOCK,
anti-shock substances in exper. abdom. wds. (Rua))

SHARASHOVA., V.S. t--.-.
1- '11~-- -
Biology of alfalfa in the central TienShan. Trudy Biol.inst. KirFAN
SSSR no.4:93-101 151- (MLRA 9:10)
(TUN SHAN-ALFALFA)

UIL, V. E.
"T~.e biolo,,:y cf Perennial Seedlint-s of Podder Gras-es in ti-e Kocl-kor
Valley Of ti.e. Central. Tyan'Shan." Cand Biol Sci, Kirriz AL-riculture-I inSt,
-,'v~nze, 1954- No F, Dec r4)
Survey of Scier.tific and Tec--j----Ical Dis---ertat-icns Deferded at
-.ir .F.er Educational -n. ~t4 tLt~ CrIS
SC: Sm. 556, 24 jj,1 155

NIKITINA, Ye.V.; AYDAROVA, R.A.; KASHCHENKO, L.I.; UBUXEMA, A.U.;
POPOVA, L.I.; TIACHMO, V.I.; GOLOVKOVA, A.G., SHPOTA, Ye.I.;
YILATOVA, H.S.; SHARASHOVA, -V.S.; VVEDENSKIY, A.I., nauchnvy red.;
TMOYESEV, I.V., r d.; ANOKHINA, M.G., tekhn.red.
(Flora of the Kirghiz S.S.R.; key to the plants of the Kirghiz
S.S.R.1 Flora Kirgizskoi SSR; opredelitell rastenii Kirgizakoi
SSR. Sost-. E.V.NikRins i dr. Rauchn.red. A.I..YveAenakii. Frunze,
Izd-vo Akad.nauk Kirgizakoi SSR. Vol.8. (The carrot. dogwood. winter-
green, heath, primrose, leadwort, olive, gentian, dogbone, milkweed,
and morning-glory families] Semeistva: zontichnye, kizilovye, grushan-
kovye, vereskovye, pervotsvetnye, svinchatkovye, maslinovye, gore-
chavkovye, kutrovye, lastovaevye, vliunkovye. 1959. ZZZ p. Vol.q.
[The mint and nightshade families] Semeistva: gubotavetnye i pasle-
novye. 1960. 213 p. (MIRA 13:7)
(Kirghizistan-Dicotyledons)

NIKITINA, Ye.V.; AYDAROVA, R.A.; UBUKEYEVA, A.U.; FILATOVA, N.S.;
SUDNITEffKA) I.G.; TKACHENKO, V.I.; SHARASEOVA, V.S.;
KASHCIRNKO, L.I.; SHPMA, Ye.I.; WEDERSKIY, A.I.j. naucbrjyy
red.; VYKHODTSEV, I.V.,, otv. red.; SORONBAYEVA, N.V.p red.
izd-va; ANOUITIA, M.G., tekhn. red.
[Flora of the Kirghiz S.S.R.; classification key of the plants
of the ",irghiz S. S.R. ]Flora Kirgizskoi SSSR; opredelitel I ra-
stenii Kirgizskoi SSSR. Sost. E.V.Nikitina i dr. Nauchn. red.
A.I.Vvedenskii. Frunze, lzd-vo Akad.nauk Kirgizskoi SSR.
Vol.10. [Families: Cuscutaceae, Polemoniaceae, Boraginaceae,
Verbenaceae, Scrophulariaceae, Bignoniaceaej Orobanchaceae,
Lentibulariaceae, Plantaginaceae, Rubiaceae, Caprifoliaceae,
Adoyaceae, Valerianaceae, Morinaceae, Dipsacacea , Gucurbitaceae,
Campanulaceae, Lobeliaceael Semeistva: Povilikovye, Siniukhovye,
Burachnikovye, Verbenovye, N3richnikovye, Bignonievye, Zarazi-
khovye, Puzyrehatkovye, Podorozhnikovye, Marenovye, Zhimolostrore,
Adoksovye, Valerianovye, Morinovye, Vorsiankovye, Tykvennye,
Kolokollchikovye, Lobelievye. 1962. 387 p. (MIRA 15:01)
(Kirghizistan-Dicotyledons)

LEBEDEVA, Lyudmila Petroyna; ~RARASHOYA- otv. red.; SORONBAYEVA,
N.V., red,izd-va; POPOVA, M.G., Akhn. red.
(Barley, beardgraa and mixed grass formations of mountainous
eastern Fergana] IAchmennaia, borodachovaia i rasnotravno-
zlakovaia formatsii gornoi Vostochnoi Fergany; po materialam
statsionarnykh issledoyanii. Frunze, Izd-vo AN Kirg.SSR,
1963. 136 p. (MIRA 16:8)
(Fergana--Fastures and meadows)

SHAWSK11.1 I.V.
Lumbering and woodworking industry of the Novosibirsk Economic
Council. Biul.tekh.-I-ekon.inform. no.10.-78-79 161. (14IRA 14:10)
(Novosibirsk Prkvince-Lumbering)
(11ovosibirsk Province~-Woodworking industries)

SHARAUKHOVA, 11.
'Determination of aber id hormones in biological fluids' by
N.A. IUdaev. Reviewed by K. Sharaukhova. Vo mad. kh1m. 8
no.3:332 My-Je 162. fhRA -15:7)
(STEROID HOMONES) (IUDAEV, N.A.)

SHABAVIN. &.T.; FE"AANOV, N.A.
Reorganization of a drying plant. Der.prom. 5 no.2:22-23 F '56.
(MMA 9:5)
1. Pestovskiy lesozavod (for Sharavin); 2. Wentrallnyy nauchno-is-
aletiovatel'skiy institut mekhanicheskoy obrabotki drevesiny (for
Pershanov).
(Lumber--Drying) (Drying aPparatus)

S":t't I'- ~": N- v
I:' Ir .. I I , .
R;2~sj.j it ~i of bf)!- i ng hc. I o:; L~l t, I i i:,'(' I-LI I i('- )n MaChinery In
depof-'l t"3. Fifizvoct. i OM-!. nedr 30 no. 12!-,7--3(-) D 164.
(MIRA 18W
1. 7fashLagolls..aya gealcgorazvPdochnaya parti.ya.

__620 ~1(k)/T/EwA(h) pz-6/Peb lip 1c)/S5D/AFK/A_SD(a)-5/
; ~2
6 5)/E5D(t) AT .5/0048/64/029/00 -
ACCESSION NR- AP4041367 6/1020/10
AU711OR: Inyutkin,A. ; Kol VYO.;_2!nach L.; Khabarova, - a-VI-h-V-do
TITIX: Some investigations of solid solutions based on AI'le and AI'BV' type com-
pounds 1-1lcport, Third All-Union Conference on Semiconductor Compounds hold in Kis
SOURCE: AN SSSR. Izvestiya. Seriya fizicheakaya, v.28, no.6, 1964, 1010-1016
TOPIC TAGS., semiconductor, semiconductor research, solid soluticn, indiua arsenide,
indium antimonideo mercury talluridet cadmium tallurido
T,
ABSTRACT: Until recently the principal semiconductor materials were elementary,I.e.
Go and Si, and transition to even binary compounds appeared to be fraught with the-
oretical and practical difficultieS..Now binary compounds are being increasingly
used and it seems worthwhile to extend the search for now semiconductors to include
ternary and quaternary compounds. Accordingly, the present Investigation was devot-
ed to XnAs-HgTa and InSb-CdTe solid solutions; the choice was dictated by the con
sideration. that whereas In the InAs-HaTe system the nutual. solubility razWe is un:
Cardl/3
71

L 202'A-65
ACCESiiON NR: AP40413657
limited, in the InSb-CdTc system solid solutions form only in the range to 5.5% Cd-
To content. Since the corresponding element belong to the same periodic table groupp
(Groups III and V, and 11 and VI) , it watt fiilt that comparative investigation of the
.:solutions might yield Information on the mechanism of formation of solid solutions.
-In view of the fact that, whereas the other solution components have by now been
fairly thorour;hly studied, comparatively little data was available on HgTe. as a
preliminary atop the physical properties of IIgTe were studied; by varying the pro-
portiowq of III; and To it proved feasible to obtain either p-typo or n-typo speci-
mf!ns. The reaulta of measurements of the electric proportion of ItgTo 01all constant,
transvorijo and longitudinal Herne t-Ett inghausen affect, conductivity and thermo-amf
as a function of temperature and composition) are presented in figures. A table
gives the values of the Hall constant and the carrier mobility. Then analogous data
-were obtained for the above mentioned solid solutions; these are also presented in
the form of curves. Some tentative, preliminary Inforences are drawn regarding the
band structure of the investigated solid solutionn. Development of more reliable
and useful theoretical constructs must await the accumulation of further and more -
exL--,tjtve experinental data on these and other systems. "In conclusion, ~we expreso
our dv-p gratitude to Prot.H.A.Goryuncrva and to other members of the staff of_ldnir.--
grad P.,:;-tico-technical Institute, particularly D.N.Tratlyak and O.V.Emel'yananko,
C.,d 2/3

L 20214-65
ACCESSION NR: AP4041367
who were of great help in organiziqg the research and who actively participated in
discussion of the results." Orig.aft.has: 10 figures and 1 table.
ASSOCIATION: Xafedra fiziki Leningradakogo inzhenerno-stroiteltnogo inatitUt&
(Physics Department, Ireningrad Coastruction Engineering Institute)
SUBMITTED: 00 ENCE.: 00
SUB C0=1 SS,IC REY SOVI 007 OMR:005
Card 3n

PHASS I BOOK lXrWITATION 30V/5058
3OX0rQdIt&LIY. X. P., and X. V. ftsYnkov. ads.
3gravochalk PO sl*k%rOt0khD1ch*3kIn materWan. V dwkb to-Akh.
t- 2$ MagnltnM, ProvodnIkoMo. poluproyodniuavyye I drugj~v
Lterialy (Handbook on Electrical Yngineerlng Materials. In
two volumes. Vol. 2; Magnetic, Conducting, Semiconducting, &od
Other Materials) Moscow, 003:77erzol~P&~t~
ally Inserted. 30.000 cople prints
144. of Handbook: 1. A. Andrianov, K. P. Bogcroditski7,
To. V. Xcritakly, V. T. Fajynkov, and B.' M. Tareyev; Us. (This
vol.11. M. t. Botoroditskl7 and V. V. Pasynkov; Tech. Ed. t
To. M. Bobolevs.
rONKSIs This handbook Is intended for technical personnel Or elac-
trIcal, and radio englaserina establishments, power stations and
rAstAtions, electric rvpair shops. laboratories. and scientific
rel*-" institutes.
COWSU=3 Iftlar volume or th handbook contains balls Information
on marmitle materials. semllc conductors. electrical carbon.
and important electrolyte$ used in modern engineering. It a*-
scribes characteristics of 2"IcOnductOrs r@rrOelectrle. and
piezoelectric materials. It does not Include Insulhting m&te-
rills. which were covered in Volume 1. The authors thank( the
scientists associated with the Department or Dielectrics and
Semiconductor or the Laningradski~ elekt.-otjkhnLcheBkIy InstL-
tute Imenl V. 1. Ullyanova (Lenina JL~nir~Zrad SlectrOtachnical
Institute 1mani V. 1. Ullyanov (Lanin) I, especially Ya. I. Panov,
Candidate of Technical Sciences, R. X. Manakov and
0: P: Voyloc Ikov, assistants, and 0. 1. Panteleyev and
R hn
11 tornev for their &$41fitAnCe. References AccompanY each
part.

Handbook on Electrical Engineering (Cont.) SOV/5058
Ch. XXIII. Semiconductor Rectifiers (P. V.,-,-Sha-ravskiy)
1. Concept of the semiconductor rectifier and its
area of utilization 325
2. Types of semiconductor rectifiers 325
3. Physicochemical properties of selenium 326
4. Manufacturing process of selenium rectifiers 329
5. Physicochemical properties of cuprous oj~ide 330
6. Technology of producing cuprous oxide rectifiers 332
7. Assembly of rectifier plates and their connection
diagrams 333
8. Quality comparison of selenium and cuprous oxide
rectifiers 337
9. Other types of seml-onductor rectifers 348
10. Manufacture of germanium and silicon rectifiers 349
Ch. XX IV. Transistors (Yu. S. Karpov)
1. Basic Informstion on transistor operation 352
2. Requirementsfbr materials used in transistor
manufacturing 357
3. Germanium and silicon properties 358
Gard,4
kt~~r-- 3hq,

Handbook on Electrical Engineering (cont.) SOV/5058
4. Electrical data on Soviet-manufactured transistors 368
Ch. XXV. Photoelectric Materials for Photoresistors and
Photocells (With Barrier Layer) (B. P. Kozyrev and
N. N. Sozina)
1. General information on photoelectric materials 374
2. Basic semiconductor chemical elements displaying
photoeffect 375
3. Sulfides, selenides, and tellurides 381
4. Intermetallic compounds 389
5. Basic characteristics of photoresistors and photo-
cells with barrier layer 391
Ch. XXVI. Semiconductors With Large Temperature Co-
efficient of Electrical Resistance (Trnermal
Resistance) 'P V Sharavskiy,)
'!a of thermoresistor
1. Basic definitions ~n t~he e
applications 392
2. Materials used for manufacturing thermoresistors 393
G&r,d_V+-/4-q

S/194/61/000/009/031/053
D249/'D302
MTHOR: Sharavskiy, P.V. and Kalabin, M.M.
TITLE: Investigating surface co-,.iductivity of cuprous-oxide
rectifiers
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 9, 1961, 13, anstract 9 D81 (V sb. XVIII Nauchn.
ko-nferentsiya prof.--prepodavat. sostava Leningr.
inzh.-stroit. in-ta s uchastiyem predstavit. stroit.
organizatsiy predpriyatiy i nauchno-tekhn. o.-v.
Dokl. sektsiy soprotivl. materialov, matem. i teor.
melchan. fiz., khimii i elektrotekhn. L., 1960, 60-
64)
TCXT~ Using different external conditions, characteristics
are investigated of 7 mm diameter cuprous-oxide rectifiers that were
subjected to different chemical treatments during their manufacture.
It is show-n that each process applied during the industrial chemical
Card 1/2

Investigating surface ...
S/194/61/000/009/031/053
D249/U302
treatment influences in a definite way the surface conductivity. A
change in the chemical treatment results in a deterioration of the
rectifier reverse characteristics. This can be explained in that
the impurities which are left on the surface create additional sur-
face levels. The main factor affecting the surface conductivity
which in turn influences reverse chaiacteristics of a cuprous-oxide
rectifier is the conduction channel on the electron hole junction.
The surface conductivity may also affect the forward characterist-
ics if the top electrode is made considerably smaller than the free
surface area of the cuprous-oxide. 3 references. Z7Abstracter's
note: Complete translation-7
Card 212

KALABIN,
Surface conductivity of cuprcae czide rectifiers. Fiz. tver. tela
2 no-5:857-862 My l6o. (KERA 13:10)
1. Kafedra fiziki Leningradskogo inzhenerno-stroitelinogo instituta.
(copper oxide) (Semiconductors)

C 0
82536
s/ial/60/002/007/01l./042
BO06//BO7O
AUTHORS-. Geller, 1. Kh.. Sbaravskiv, P. V,
TITLE, Electr--(-. Parameters of Some Typez of Selenium Rectifiers
PERIODICAL: Fizika tverdogo tela, 1060, Vol. 2, No. 7~ PP. 1441-1449
TEXT: Selenium rectifiers derive their rectifying properties from the
formation of a p-n-junction. Cadmium sulfide or selenide serve as an
n,. type semi cenduct or. The purpose of the present work was to investigate
how ~;he properties of rectifiers are affected when the technological
Pro,~ess of their manufacture is altered~ For this purpose, the following
rec+ifiers were investigated; 1) The ordinary maes-produced rectifiers
of the type ABC(Sr- A,) (AVS (VSA)) whose manufacture is described in
Refs. 3-5. They have cadmium selenide as n-type semiconductor, which is
formed as a resu'At of the interaction of the cadmium of the upper
electrode with the sulfur sputtered on seleniim. The permissible back
vol+age for a rectifier plate of this type is 18 - 26 v. 2) The so-called
Itcadmiumized" rectifier whose selenium film is covered with a cadmium
Card 11/4

82536
Electric Parameters of Some Types of S/181/'60/002/007/011/042
Selenium Rectif,-ers B006/13070
film, The permissible back Arolf.aj.,O is v 3) Thaljium-s',ilfur
rectifiers whose tipper elQctrode contains 0,011) - 0.02% of thallium..
The~;e rectifiers, besides having a high permissible back voltage (at26 v'.
pu3sei3s also a lower resistance in forward direction, thus making it
possible to increase 'he pe~rmissible current by 100% per plate. 4)
Selenium rectifiers o~ the type Tgr,'TVS) with a reversed. order of their
layers. These rectifiers have the p-n junction not under the upper
ele3trode. but on the base layer. They have cadmium selenide as n-type 4/
semi,~ondu3tor. which is formed by the -interaction with sulfur of the
cadmilim fii.m applied to a thin aluminum backing. This type is
di~itirg,iishp-d by a specially high back voltage (some of them work with a
baek voltage cf 50-60 fl., The working area of all types was 1cm2_ E!Xcept-
TVS for wh~--h it was 2.36
The data of measurement all refer ~o an
area Lt first.. the measurements of the currenf-voltage
chara,~!eri3ti,--s are described, Table ! gives the measured values of
rasistan3e OF fr)Ur types of rectifiers for 0.3 and 30 v, as weIL as the
maximum, values Table 2 9hows 'he fall of Dotential ir forward directi-on.,
Fig. I shc-ns --p rcit-ohm characteristics of 'he rectif:ers, All types
Card 2/4

82536
Electric Farame~ars of Same TyPes of 3/181/60/002/007./Oll/042
Sellenium UeotiCiors Boo6/BO70
5how an exponential fall of resistance with increasing potential; only
the TVS type shows a weak maximum for small potentials and then a linear
fall. Tri the following four diagrams, In R = f(U) is shown for the four
types investigated and for three different functions of U (three different
abscissae), These diagrams are discussed in detail. AVS and thallium
rectifiers show direct proportionality between In R and U. the cadmium
r._1Z:t.ifiers between In R and CU, and the TVS rectifiers between 1n R and
U2.. Later, the results of capacity measurements are discussed. The mean
effective thicknesses of the p-n junctions for different shift voltages
U are given in Table 3. The "cadmiumized" rectifiers show the thinnest
juncticTi (.3.66-10-.'em). Fig. 6 shows 11C2 = f(U) (C-capacity); Fig. 7
shows the distribution of impurity centers of the thickness of the p-n
junction, and Fig. 8 shows the temperature dependence of the latter.
Finally, some additlonal investigations on the characteristics of semi-
conductors are Tentioned, and "heir results are collected in Tables 4-6.
Frenkel' is mentioned. There are 8 figures, 6 tables, and 9 referennes:
4 Sairiet and 5 German.
-ard V4

82536
Electric Parameters of Some Types of S/181/60/002/007/011/042
Selenium Rectifiers B006/BO70
ASSOCIATION: Leningradsk-l'y inzhenerno-stroitelfnyy institut
(Leningrad Construotion Engineering Institute)
SUBIMITTED. January 15, !960 LI/
Card 1/4

S/!81/60//002/007/018/042
B006/BO70
AUTHORS; Senderikhin' I. M.. Sharavskiy, P. V.
-----------
TITLE. Investigation of the Chara,~teristjcs of Germanium Diodes
PERIODICAL: Fizika tve-rdo-e) tela.. 1960, Vol. 2. No~ 7. pp. !497-1505
TEXT: The authors present the results of measurement of the static, and
impulse characteristics of the thermal resistor in the blocking
direction for a large number of germanium rectifiers. The object's O-P
investigation were tKermal resistors of the types mvr-j (WMT-1) and
Mtl"--4 (WT-4); as well as germanium rectifiers of the typesVr~1-1
(DOT s- I). MA -4 (DGTs-4), QPq -5 (DGTs-.5) ~ Lr~' -6 (DGTs-6), 0['!4 -7
(DGTs,-7), rjFt,4-8 (DGTs-8), Er-U-1-9 (DGTs-12), rjrg-i3 (DGTs-13), Llrfl -21,
(DGTs--21),Vrtj -23 (DGTs-2~),r-rLj -24 (DGTs-24), nrLJ -27 'DGT-s-27),-
- 11' . k
1r,!2~,-(D2B), and Z12 rj(D2D). Altogether, 6 resistors and 22 rectifiers
were investi.-ated. For the s+atic current-rol'age characteristics a
pentode tube with saturated anode characteristic was used. The
characteristics were taken for different femueratu-res, Fig. 2 shows the
Card 1/13

Investigatlon of the Characteriatieg of S/181/60/002/007/016/042
Germanium Diades B006/BO70
fami'lipq of static characterial-ics of: a) an DIMT-1 resistor, b) a point
t~ontact diode of the type DGTs--5, and c) a planar diode of the type
DGTs-23. The peaks of these curves are connected by a curve,. Fig. 3
shows the peak parameters (voltage, current, power) of MMT-1 and DGTs-5.
The followin- a'
. re to be observed about the peak characteristics: The
peak voltage depends strongly on the temperature of the medium; the peak
power of resistors increases with decrease in temperature, while that of
the diode falls. In the followIng, predominantly the point contact
rectifiers are investigated, since they show a greater stability in the
falling range of the characteristic. Fig. 4 shows a static characteristic
of DGTs-5 rectifiers for a high reverse current, Fig. 5 shows the effect
of a large convectional heat loss from the sample (by blowing of air).
It is seen that for a large heat loss the peaks of the characteristics
shift to larger currents and voltages. Fig. 6 shows the static
characteristics for a large heat loss in the metal. By a comparison of
air-cooled samples (Fig. 2b) it is seen that a change of the temperature
gradienf- in the sample does not affect the course cf the characteristic.
The peak parameters of the diodes studied are given in a Table. The
Card 2115

Investigation of the Characteristics of S118116:)100210071018'042
Germanium Diodes BOo6/BO70
stat4c characterist-1cs of the DGTs--5 point contact diode in forward
direction are shown in Fig~ 7~ To eliminate the heating effects, dynamic
cturrent-voltage characteristics were also taken. The results of the
4
~nvests.gation are graphi-,ally represented. Fig. 8 shows resistance of the
th~?rmal resistor MIT.-! for a pulse duration T of !psec (duration Tof the
impulse effect: I msec) at 23, 50~ and 790C (straight line). Fig, 9 shows
the static and impulse ebaracieristics of a DGTs-27 diode for 'r = 1 and
10 usec, T = 20 msec, Fig. 10 gives a comparison of static and six
Impulse characteristics of DGTs--12 for different 'r and T at 200C, an
Fig, 11 (,,)fyipares the static and impulse characteristics at 22. 50, and
700C. G. hl. A7ak-yants and B. I. Davydov are mentioned. There are 11
figures, 1 table, and 14 references, 5 Soviet, 5 US. and 3 British.
ASSOCIATION: Leningradskiy Inzhenerno-stroitel.nyy institut Kafedra
fizi-ki (Leningrad -Construction En.-ineering institute,
Chair of Physics)
SUBMITTED, July 22, 1959
Card 3/3

S /I 94,/62JI/000/003//040//066
D~f ~1/D30i
'-JUMH'01 IS
Snaravs'.iy, P. V. and Geller, I. Kh.
.-7 - qj
L E., The infl--lence-- )10 Lhallium on them electrical properties
of selenium recti-fiers
~'-:"-ODICAL: "Ieferativnyy zh~ir--all, Avtomat4ka i radio el ekti-onika,
Ll .1 1 -L -L
no. -5, 1962, abstract 3-4-24d (V sb. 'Fizika i khimiyal
L., 19161, 9-13)
P: Ar investil-lation into tl-e effect of T1 on ellectric roonducti-
-'ty of Se a-~,d on tllft~;' properties of selenium rectb-il'ierS. T'
is
'6hat the- increa~je -in the resistivity of Se, containing halide
becoi-~ies less by 2 orders of mag-nitude as compared w4th
of pure Se, -when TI is intraduced. Sellen'Lum rectifiers were
-.'Ireoared into %-.,hich T1 was introduced, either into the upper elec-
zrode consistin,- of a Sn i- Cd alloy or under the u:-1per electrode in
a quantu-~ty of up to 0.1~,- into a Se layer -10-3
cm thick. As compared
,.~iith industrially manufactured rectifiers, the above rectifiers ex-
-hibit a smaller resistance in the forward direction, which permits
Card 1/2

S '1'94.,/"O'D-/1000,"OOA,'040/066
influence of thallium ... D?-01//D3(31
olp '2 to 3 times of tnoii- lo~
-id current. By means, of depo-
4
a lap3r of T-L 10 (311 tl-IiCk Under the J,ayv. of a,ii L, h a
ti n~, L 4 .
t I I ue r e i ;~ c tro (I e v e c t i f i e ro v.,ere ob a~ned
.;,Uics practical-iy the L;a,,,,,ie as lu-hoz;e of ABC ("NS) rectifiero. Thu
--oc I
-,-.> id -ectificat.'L.on prope- ties exhJbited by the -bove samipi-,,~s a -r C
assumed to be due to the formation of a Tl Se la-er vi-ith an ei.ectron
2 ly
Uype of conductivity. 5 references. Abstracter,3 note: Complete
translation. 7
L-
Carid

S/137/61/000/010/020/'b56
A006/A101
AUMORST Goryanova, N.A., Averkiyeva, Sbaravskiy,_.P.V., Tovpentaevp
Yu.K.
TT L
-M-75. investigation of quaternary alloys based on indium antimonide and
cadmium telluride
FSERIODIWAL: Referativnyy zhurnal. Metallurgiya, no. 10, 1961, 44, abstract
loG344 (V sb. "Fizika i khimiya!', Leningrad, 1961, 22 - 25)
TEMIN The authors present brief information on investigating a pseudo-
binary section CdTe-InSb of the quaternary Ca4-Te-Ln-Sb system. The alloys in-
vestigated were prepared by direct fusion of the initial materials in evacuated
quartz ampoules and were subjected to metallographical analysis. Simultaneous-
ly miarohardness was determined. It was estao-'�ehec'~that ih the range of 95 -
1GO% !nSb concentration there is a homogeneaue area with ZnS structure. In the
other points of the system two phases were revealed whose microhardness exceeds
that of the initial components - CdTe and in5l-,.
A. Nashellskly
[Abstracter's note: Complete translation]
lara 1/1

SHARAVSKIY, P.V., doktor fiz.-mat. nauk, prof., otv. red.
[Physics; reports of the 20th Scientific Conference]Fizika;
doklady XX Nauchnoi konferentsii. Leningrad, 1962. 77 p.
(MIRA 16:2)
1. Leningrad. Inzhenemo-stroitellnyy institut. Nauchnaya kon-
ferentsiya.
(Physics)

/.--
AUTHORS:
TITLE:
Khabarov, E. N., Sharavskiy, P. V.
S/058/63/000/001/085/120
Ai6o/Aioi
'The problem of measuring the galvanomagnetic and thermomagnetio
properties of semiconductors
PFRIODICAL: Referativnyy zhurnal, Fizika, no. 1, 1963, 69, abstrect I"
(In collection: "Fizika". L., 1962, 37 - 39)
TEXT: A description is given of an Installation for measuring the Hall's
emf, the conductivity and the thermo-emf in the temperature range from 80 to
700 0K. The errors connected with an inaccurate measuring and control of the
magnetic field intensity and of the distance between the probes were decreased.
Hall's constant, the conductivity and the thermo-emf of a number of samples of
the InSb-CdTe solid solution were measured.
E. Szolyarenho
[Abstracter's note: Comple~.e
~fc
Card 1/1

3/275/63/000/001/020/035
D413/D308
oe
14UTHOR: Geller, I Kh. and Sharavskiy.g P. Va
:TfTLE: On the effect of thallium doping on the-forward branch
of the voltage-current characteristic of selenium
rectifiers
PLRIODICAL: Referativnyy zhurnal, Elektronika i yeye primeneniye,
no. 1, 1963,' 19, abstract 1B 128 (In collection: Fi-
zika, 1., 1962, 42-45)
TEXT: The authors have investigated:lthe forward branches of the
voltage-current characteristics of selenium rectifiers prepared
.with the upper electrode doped with thallium. The reduction in for-.
ward resistance'of'this rectifier as compared with the normal aele-
;nium, rectifier is explained by the injection of nonfundamental car-
~riers through the,ele tron-hole transition. 2.references. Z Ab-
stracter's note: Complete translation.
:Card

-'T(M)/T/EWT(t)/;O(b) IJP(6).
JACCE w S/Ol 7/64/000/01
SSION NR: AR5004701 3 0/1003/1003--,`-
ISO-11:~CE: Ref zh
Metallurgiya, Abs*-,10115
V-~ ~4
4haravikiyo Pj, '-0
IAUTHOR: Kleshchinskiy, L. 1,; Khabarovs E, N
TITLE'. Determinatiori'of the boundary ~for the existeJade- ~Of solid
solutlons.~n.the indium-~-areenic-aiidiniut-.~telluiiiuia aye em;:
7
iCITED SO CE! Sb.. Fizika Dokl. zia:- 22 ~N * hn. konfel
0 ventaii,
au
Leningr, inih,.stroits in-~ti L,,, 19-649 ~12-~I~
TOPIC TAGS: solid solution, indiump arseniop oadmiiiiki~;1-telluriump~,:.":.'~*
microscopic analysis,., X-ray Analysis, nddrohardness
TRANSLATION: ment of methods for micro o;
With ref ine
so pia:~ and -X4
SLY-
Of the oh dn
anal7ses.andmeasurements :micr.- ar eas of, the - boundary - of the
'region of indium-arsenio, eadmium-tellurium, soljd:~ 'tionss it..
801UL. was,'
shown,that the region of conoentrations,for the. de.terkifiation:
of the
exact boundary of solid solutions'lies within thi.3 limits Of 2
icadmium-telluriumo Z, R n-', qf;
ogachevokayao :At
6,~
SUB CODE: MH I~NCL: 0
ard

-ilrsociazion of H9 in XqTe. V. A. ;~naoarova, P. V. Sharavskiy-
v-i zne nzzure of solid solutions of CdTe in !nSb. E. .1.1. Khabarov,
?.- V,..- Sn,.~ravskiy.
Preparation and electrical properzies of solid soluzl;o:-.s of the syste.-.1
H-37c-CdTe. Yu. K. Tovpar-tsev, P. N. Sharavsk,.y.
Same physical properties of HqTe. L. A. Osnach, V. S;-.--,-avsk,-y.
:;-esenzc6 by P. V. ninutes)'-
-anoxt n~~::cnted at- th Ird X3tionai CorLference o, Sem-conductor Conpolardisi.
"i 16-2-1. sept -963
K Silf"".V5

C;,r-~Iex apparatus for the production of highly volatile semiconducting
CccipoundS . Ye. Kolosov. (Leningrad Institute of Engineering Materlals).
On solid solutions of the system HqTe-InAs. L. A. Osnach, ?. V.
Sha ravskiy.
On interatomic forces of bonds in solid solutions of HqTe-InAs.
D. 1. Inyutkin, P. V. Sharavsk~4y.
Report ~)resented at the 3rd National Conference on Semiconductor Compounds,
Kisbinev, 16-21 Sept 1963

KHABAIRCIVA, V.A.; KHABAIROV, E.N.; SHARAWKIY, P.V.
-- k
Determining the saturation point of bdTe sollation in InSb. Izv. v-ys.
ucheb. zav.; fiz. no.6362-64 '63. (MIRA 17-2)
I., Leningradskiy inzhenerno-stroitellnyy Institut.

KH-ABAi'OV,E.N.; SBIIiAVSKIY, I V.
Froperl~ias of sa-L.:irated solid solutions o--:' InSb - CdTe. Dokl.
AN SSSP 155 no. 3:542-544 Mr 164. (MIRA 17:5)
1. Dmingradskiv inzhenerno-stroitellnyy institut. Predstavleno
akademikom B.P.KonsLantinovyia.

INYUTKIN, A.; KOLOSOV, Ye.; OSNAGH, L.; KHABAROVA, V.; KHABAROV, E.;
SHARAVSK.1Y, P.
Studies of sol4d solutions on the basis of compounds of the
types AIIIBV and AIIBVI. Izv. AN SSSR. Ser. fiz. 28 no.6.-1010-
1016 Je 164. (MIRA 17:7)
1
~. Kafedra fiziki Leningradskogo inzhenerno-stroitellnogo
instituta.

L 21872-65.
ACCESSIM NR: AP4025110
cut
on; -frofti 375
has a definite relationship to the compositi, of the' 6031d Goluti
the relationship breaks down. In samples -cPat4ininguP to 3% e the micrahaLrd-
ness increases to a ma imum, the thermal coefficient of expansion decreases to a::-:
minim=, the conductivity decreases and mobility decreases.and.their semie~n~-
tor-type dependence on temperature-becomes cleare r.. The Ha 11 co nstant * isIsligjjt3~r
dependent on the composition of the.solid solution, increasing.vith --higher
erature,, the increase being greater the higher the:UTe-concentration.. The:ther-
mal emf-temperature relationship is practicallylindependent of - com,,.position. The
resistance in a magnetic field shows almost no change up to 6000 oersteds - The
longitudinal Nernst-Ettingshaus6n effect becomes measurable 6 n ly a: t CdTe- The
positive value of the transverse Nernst-Ettingshausen effect anc
I its increase
with temperature increase indicate a prcbability_-o; the existence of. an additional..,...
zone with high density [of electrons or holes)-in the depth-of the conductivity
zone of the solid solutions.. "In conclusio we considerit our pleasant
tion to express appreciation to Prof. N. A. Goryunov and also to 0.- V. Yemellyan-a
eako and D. N. Tret'yakov for organizing and conducting a series f
'Orig. art. has: 3 figUres
cussions ~he'66bxse of our work
Card 2/5

_L 3412h-66 ME (m) /T/FTrP(f /r-,--PT IJP(c) RM~&D&rx AM
XLL
'7'r'--AR601.7259" SOURCE' CODE: uR/oo58/65/000/012/E)041/ED4i
AUT11OR.- Inyutkin, A. 1.;,,_8haraYskiy, P. V. ill ill 446
TITLE: Concerning the short-range order parameter of mercury telluride-, 'A&
SOURCE: Ref. zh. Fizika) Abs. i2E3.16
REF SO(JRCE: Sb. Fizika. Dokl. k XXIII Nauch. konferentsii Leningr. inzh.-stroi
.~_in-ta, L., 1965, 35-36
TOPIC TAGS: mercury compound, telluride, x ray diffraction study, crystal llatti'J
structure
ABSTRACT: HgTe with different amounts of excess Hg was synthesized. X ray diffrac-
tion tests have shown that ~iith increasing amount of excess Hgp up to 15%, the short-
range order parameter on the first coordination sphere a, increases strong
ly.
increase of the -Hg content causes a decrease in a,. Annealing of the obtained =amphMI
at 40o0 (1 hour) also increases a,. A longer annealing leads to a decrease of a,)
owing to the decomposition of the substance into its components. A. Rabin'kin.
i [Translation of abstract)
SUB CODE: _~~07
Card 1/1

L 2207-66 EWT (I )IT. 1JF
6$/0O1T/00T/22k7/2A9
ACCESSION NR: AP5017339
AUTHOR: Kolooff Sharayskiyy 12, wl
y Yee Yee,,
I - 5 ---- --
t TITIZ: On the therp-al thermai c~ Ivit-y of mercury teUuride with dif-
ferent impurity contents -21,11y,
SOURCE: Mika tverdogo tela., vo T., no-'7.- 1965.. 2247-2249
TOPIC TAGS*. mercury compound., telluride., thermal emf., thermal conductionjo impuri-
ty conductivity
ABSTRACT: The authors present the results of an investigation of the dependence 011
the thermal emf and thermal conductivity of ;t7pe HgTe oamples with different im-0 I
purity contents in Ae interva'l from 140 to OX for the thermal emf and from 90 t
430K for the thermal conductivity, Seven somples whose electric characberistics
were described by the authors earlier (collection "Fizika.," P, 31,, 1965) were in-
vestigatede The measurement apparatus was described by D. Kh. Amirkhanum and Re
It Bashiroy (FTT Y. 2., 509To 1960)- The thermal conductivity was measured by an
absolute stationary method. The measurements were made in vacuun of -10-4 M H90
The thermal emf was measured simultaneously with the conductivity* The measured
thermal emfo of the individual samples agreed with those expected of material of
p-type* The thermal conductivity was found to be determined principally by
Card 1/2

L '2207-66
AccEssioN nR: AF5017339
conductivity of the crystal lattice, and indepe;ident of the concentration of the
acceptor impurities in the investigated Interval of concentrations. The thermal
resistance increases linearly with the tmperature in the interval 90--370K aft
er
which its growth slows downj probably because of the appearance of a new heat
transfer mechanism* "The authors thank Ye. D. Devyatkoy, or a discussion of this
work." Origo art. has: 2 figures.,
ASSOCIATION: Leningradakiy inzhenerno-stroitellt*7 institut (Leningrad Construe---
Ition Engineering Institute)
VY, 5~,
mmm): 26Feb65 ENCLs 00 MW CME: 88, TD
nR mw sov: oo6 onml-,.- 04
Card 2/2

L 33602-66 EWT(m)/EWP(t)/ETI IJP(c) JD/RDW
ACC NRe AR6016232 SOURCE CODE: uR/0058/65/000/01VE)065 E066
AUTHOR: Khabarova, V. A.; Sharavskiy, P. V.; Kuz'mina, G. A.
TITI2: Some electric properties of n-type ner telluride
SOURCE: Ref. zh. Fizika, Abs. 11E516 S'7 -L-1
REF SOURCE: Sb. Fizika, Dokl. k XXIII Nsuchn. konferentaii Imningr. inzh.-stroit.
in-ta._L., 1965, 9-18
TOPIC'WIGS: mercury compound, telluride, stoichiometric mixture, annealing, tempera-
ture dependence, Nernst effect, Ettingshausen effect, Hall constant, electric property
ABSTRACT: To obtain n-HgTe, a direct synthesis procedure was used in conju9ction
with vibration, wherein the HgTe was annealed in the presence of Hg vapor.VoThe HgTe
single cyratals were prepared by the Bridgman method. The initial subst=es were
taken as follows: 1) in amounts corresponding to the stoichiometric formula HgTe;
these samples remained of the p-type during the course of annealing; 2) with excess
Hg; these samples became n-type during the annealing. The annealing was carried out
in a stream of nitrogen vapor at different temperatures. After every 2 - 4 hours of
annealing, the temperature dependence of the electric conductivity, Hall coefficient,
thermal electric power, and longitudinal and transverse Nernst-Ettingshausen effect
were measured. it was observed that annealing of samples at a temperature below 200C
changes their el~ictric properties, which are recovered in time. Annealing at temper-
atures above 200C causes irreversible changes of all the electric parameters. These
changes remain for many months. V. Kharitonov. %(Translation of abstract]
SUB CODE:

;'T
T I ~-(C)
-7-
COD-:,': UR/0275/6 00
-6/000/002/BO08/8 9
-a%%~:(4 y, P. V. Xuz Im- na, G. A -7 -1
Co-
o'ocLrdea' propert~eo,o` telluride o' mercury for electron con-
1. ty
Rof zh. I-Elle%tronika i yeye primeneniye, Abo. 2B65
Sb. 7-*.,-'ka. Dokl. k XXIII Nauchn. konforentsii Leningr. inzh.-stroit.
an`on, clectrIc conductivity, vapor plating, telluride,
efl7ect, Ncrncit effect, Hal o
c e-ficient,thermal electromo-
A conventional mmethod, whereby ]IGTo, is mnealed with no mercury vapors
__rISC.__, wn,~:i uL;od to obtain H"To electron
conductivity. 7he Bridgeman method
was -,;z,:~d -~o -,re-pare z1ae HGTe crystals. 'Eqe original substances were taken: (1) in
_~:-.Ounts c0:,-re3-*0ndinz; to the stoic'niometric flon.-tula. for 111rie, samples of which re-
p-z-,),~: conduczivity durin.- the annealing process; (2) with an excess of
crcur-1. acquirckd n-t e conduct4vity during the annealing process.
Yp
was done in a strean of nitrogen vapor at various temperatures. The
tomporature dependence of the conductivity, 'the Hall coefficient, the thermal
Corc; 1/2 _9_9~-_33.2 :621.315.592:546.24149 -

L. 09225-67
ACC NX:
force, and th,e lo-zil-litudinal and transverr:)/e 111ernst-Ettinghausea
off,a,~t, meazured every 2 to 4 h.ours of It was found that
the aamples at temneratures below 200*C changed their electrical pron3r-
'i.'Ore restored with t'Zle passage Of tire. Annealing at temperatures
:-ezulted in irreversible chanGes 4 all electrical parameters, which
in
-~Id `c-r -nany -.onths. T-e samples obtained by the method described a-re no
-3:-opcrties than are samples obtained by the Rodo
phyad Cal
mot'.-Iod ar. azreaI--'nE in marcury vapor. 8 illustrations, 1 table. Bibliography of
2 V. Kh- [T--anslation o~ abstract]
-SUB CODE: 20, 07

C07
t on certain clectr4cal characteristics of HrLe
yeye prim.,Lneniye, Abs. 2B64
Docl. k XXIII Nauchn. konferentsii Leningr. inzh.-stroit.
"-I! coof-'iciont, majnetic field, electric conductivity, carrier con-
vloczro-.. InOle
'2~-,o Ldo-.,endence of the Hall cooff-cient and the conductivity on t e mag-
o :4 e7 - the 4 -,;o 20 IK-ilooerst-ods -'interval at temperatures of 294'K and 77
*,K
17 21 -3
:o7 7,-%To srocimeno with a concentration of 10 to 10 C. 11 at 770K was inves-
Various concentrations were arrived at by the introduction
0aantity of
~ ~~;. " 294'K the Fall coefficient does not depend on
,~:-.o car--~e:~ co-ncontration a:-.d ma.--notic field, 'he conductivity decreases with -
in
C--C!C-Se -n f`elr~, and 'he maZ;aetic resistive coefficient increases. At
I?`.K conductivity Of t1r,C specimens witl-I large carrier concentration does not
lo-pend or. t.-,o maj3netic field, a:id decreases with increase in the field so far as the
1/2 UDC: 539,293:546.24,49:537-312.8

are concer-ned. in order to explain the results it must be assumed
~;Iow ~aL~t '-oles exist, and that the electron and hole relaxation times
are not ~-:ependert or, the energy. N. Zh. [Translation o-.;L' abstract]
COZC: 20, 07

4AW In AT
ON
-ACC NKI A160008ST dix~'W"MC:', W03S.V65/ODT/012/3679/01
AUTHOR: Kolosovi Y
A.-Yuk,
a. Ye.; emu"
ORG: Leningrad Engineering-Construction institute (Leningradskiy inzhenerno-
stroitellmy institut)
2-1, 4 41 5*
TITLE: Dependence of the thermoelectric power on the transverse magnetic field in
HgTe
SOURCE: Mika tverdogo tela., v- T.. no. 12., 1965.- 3679-3681
TOPIC TAG81 mercury compound.. telluride, thermoelectric powerj, carrier density, Hall
coefficient) impurity scattering, transverse magnetic field
ABSTRACT: The thermoelectric power was measured in p-type lfgTe with different car-
rier density as a function of the transverse magnetic field (o--2o koe) at different
temperatures from 180 to 34oK. The samples, apparatus, and test procedure were the
same as in an earlier study (M., v. T., 224T., 1965). The three samples measured had
carrier densities 3 X 1017' 1 X 1018,, and 1 x 1020 ee3, and were in the form of
rectangular parallelepipeds (13--16) x (5--6) x (4--5) mm, consisting of several
single crystals. At low temperatures UWK) the thermoelectric power decreased with
increasing magnetic field and its sign reversed in the case of two samples (Fig. 1).
This suggests that HgTe contains also light holes.,,as suggested earlier in the am-
lysis of the dependence of the Hall coefficient on the magnetic field. The results
also show that the variation of the thermoelectric power with the lognetic field is
eensitive to the presence of acceptor impurities, This in turn indicates that the
Card -1/2

L 15729-66
ACC NRt AP600OWT
gap between the conduction band and the light-
hole band is, not smaller than the thermal energy
corresponding to 188K (--0.016 ev). The results
are also in agreement with deductions.. obtained
by various workers., that a complicated scatter-
ing mechanism operates in HgTe. Orig. art. has:
1 figure.
Fig. I. Thermoelectric power againfft magnetic
field intensity for three samples of HgTe at
different temperatures.
SUB CODE.#
7-

T M K

L 21395-66 Eva (,n) c ( f/ur,, (m)/Eivp (t) ijpR
SOURCE I ~~N/ .,
AQU NR: AP6003796 CODE: W613 6~003/001/Q240/0241
AUTHORS: Inyutkin, A. I.; Kleshchinskiy, L. I.; Sharavskiy,
ORG: Leningrad Construction-Engineering Institute (Leningradskiy
inzhenerno-strolteliskly insti ut)
TITLE: Determination of the near-order parameters in cbalcogenide
of lead by diffuse scattering of x ra~rs
SOURCE: Fizika tverdogo tela, v. 8, no. 1, 1966, 240-241
TOPIC TAGS: lead compound, x ray scattering, sulfide, telluride,
selenide, semiconductor property, x ray diffraction analysis,
forbidden band
ABSTRACT: The authors attempted to apply to the measurement of
near-order parameters-of semiconductor materials procedures initially
used for metallic alloys. I materials chosen were ebalcogenides
The Investigations were made with tex-:'
of leaVy~.S' FdSe, and PdTe.~T
turg-l-ess polycrystals, usi-ng dIffuse-scattering diffraction patterns.
Card 1/3

L 21395-66
ACC NR: AP6003796
The degree of near order was modified by heat treatment. The
parameters themselves were measured by an ionization method using
URS-50 apparatus with CuKa radiation. The measurements were made in!
the range of angles from 4 to 260. The near-order parameter chosen
AB/C
was the quantity a 1 - P where i is the number of the co-
i I B`
jordination sphere, C the concentration of atoms of species B, and-
B
AB
P is the probability that an atom B is located at a distance i J
from the atom A. The results show the following: 1. A chan
ge ih
-order parameter during the f4st_~ two i
the numerical value of the near
ihours of annealing can be attributed to the elimination-o'f tbe
I'deformaticni damage during the preparation of the samples. Subsequent'.1
chang--n- of this parameter must be regarded as changes in the ordering!
process. 2. Whereas-tbe degree of ordering at the first coordina-
tion sphere is the same for all three compounds, it is much bigber
for PbTO~at"_the-secc(nd sphere. 3. The change in the near-order
parametei?,-as., of the beat treatment is seen most strongly
!'in PbTe.. In-, lie litter, the width of the forbidden gap also ih-
creased, and this rather unusual circumstance can be attributed to
Card
2/3

L 21395-66
ACC NR: AP6003796
an increase in the coupling forces influencing on the degree of
ordering of the atoms of PbTe. It is concluded that application of
this method to semiconductors yields new data on their propertles.
Orig. art. has: 1 figure, 1 formula, and 1 table.
SUB CODE: 20/ SUBM DATE: 06Oct64/ ORIG REP: 002/ OTH REF: 005
Card 3/3 d'

SIIARAVOYEV, I., rukovoditell delegataii gornyakov Kuznetskogo Basseyna.
Cooperation is growing stronger among the miners. Mast.ugl. 2 no-7:5-7
JI '53. (YJBA 6:6)
(Kuznetsk Basin--Goal miners) (Donets Basin--Coal
miners)

SHARAVIYEV, I.; FILROV, V.
Labor protection in mineB. Must.ugl.5 ne.9:6 S '56. (MLRA 9:10)
I.Prodsodatell Ksmerovskogo obkoma prefsoyuza rabochikh ugallney
promyshlennosti (for Sharavlov).2.Zaveduyushchiy otdalow okhrany truda
Xamorovskoge obkomR profsoyuzov (for Filatev).
(Co,ql minert-Diseases and hygiene)

SHARAVI= , 1.
Keeping pace with our times. Sov.shakht. 10 no.7:5-7 JI 163.
(MIRA 14:8)
1. Predsedatell Kemerovskogo obkorz Frofsoyazao
(Kuznetsk Basin.-Coal mines and mining)
(Trade unions)

tl.e C,
-I.
ri a,
C, f
c~P Candidate- of
_0r

SHARAY, L.A.
Changes in the reaction of the ad-renal cortex following regeneration.
Trudy LSGMI 45:205-211 158 (MIRA 11:11)
1. Kafedra gistologii i embriologii Leningradskogo sanitarno-
giglyenicheskogo meditainakogo instituta (zav. kAfedroy - chlen-
korresnondent MIN SSSR, prof. S.I. Shchelkunov).
(ADRENAL CORTEX)

SHARAY, L.A.
Experimental histological study of the changes in the epithelium
of the stomach in prolonged regular recurrent thermal stimulation.
Arkh. anat. gist. i embr. 41 no.12:"-56 D 161. OMA 15:3)
1. Kafedra gistologii i embriologii (zav. - prof. N.I. Grigorlyev,
nauchnyy rukovoditell - chlon-korrespozident AIM SSSR prof. S.I.
Shchelkunov) Leningradekogo sanitarno-gigiyenicheskogo
moditsinskogo instituta. Adres avtora: Leningrad, u1. Kurakina.
113. Leningradskiy sanitarno-gigiyanicheskiy meditsinskiy institut,
kafedra. gistologii i embriologii.
(STOMCII)
(HEAT-PHYSIOLOGICAL EFFEC~)
(EPITHEMIR-1)

ar. g e ~7- m. a S t L

KRASOVSKIY, Sergey Sergeyevich; SUBBOTIN, S.I., akademik, otv.
red.; WCHKOVA, R.I., red.; '311ARAY N Ya red.
(Methods of extending geo hy i al studies in geological
de in the Azov crystal-
mapping; as revealed by a%tud ma
line massiv and its conjugs. ed zone with the Donets Basin]
ga
Metodika. korpleksirovaniia geofizicheskikh issledovanti pri
geolog-'A-cheskom kartirov nii; na primere Priazovskogo kri-
stallicheskogo massiva ii~',zony sochleneniia ego a Donbassom.
Kiev, Naukova dumka, 1965. 142 p. (MIRA 18:12)
1. Ak-ademiya nauk Ukr.SSR (for Subbotin).

i . I I . I I I ~ I- : . ~ -, :
- - - .. - I . --.--, . ~ : :. , .:* I . :~- .
. - - . . . I ~ - -. . - - , I , ". -,l , ;~r

L 41588-65.
AGGESSION NR: AP5008903

eralogical composition of quatensary days of White
R
u T . ". Vkral
SILA (Bcloruukil Politckb. Inst. J. V.
Stalin. Min'li- boklady Akad. Xawk S.S.S.R. 74. 591-4
i iq.,A)).-C[ays partly of marine origin. pardy aeolian or
fluviatile. loewlike, lacustrine-alluvial, or glacial are im-
jortaut for ceramk indmitrier in the districts of Alinsk.
Vitebsk, Mogilov. Pinsk, W- ranovichl, and Grodno.
Detailed microscopic, granulutnetric. chem., and thermal
AHJIV~L% data Are siv~]; further heating and dehydration
cur%r~ and x-ray data are discussed. The ratio RIO.:Sio,
i, r4thrr const. - 1:3; the ratio RA:RO and RA:R#O t3
highly vArijbie, All(h: FeA w (3.3 to 6.0): 1. The clay
minerals are often illite (hydromics), and montmorillonite.
Vrith a t~w-cxchanje capacity of 20 to 40 mfUiequiv./10(1
it. The glacial clay of Vitebsk shows in iu dehydration
curve an analogy to "monothermite." The hydromicu
shows a typical hirefringem between U.014 and 0.020 with
'I variable betwer-n 1412 and LbW as a function of the
JGO content. The s-ray examn. shows its heterogeneity
as a mixt. of moutmorillonite. muscovite. kaolin, and sub.
ordinate qu.irtz. The FcOj content of the clays is present
in nontronitc "hich explains the low fusion temp.. the
~Wcljing, and the plasticity of t4r,cemmic clays of Wate
W. Eitel

15-57-4-4634
Translation from: Referativnyy z~-iurnal, :e01cF_4Y&, 1957, Nr 4,
p 93 (USSR)
-AUTHORS: Sharay, V. N., Tsitovich., V. V.
TITLE: The ;'Jineralogy of Clays From the Blue and Laminarites
Reds in the Lower Cambrian of the Belorussian SSR
(0 mineralogicheskom sostave glin iz gorizontov sinikh
I laminaritovy1ch sloyev nizhnego kembriya BSSR)
PERIODIM: Uch. zap. Belorus. un-t, 1956, Nr 2B, pp 49-78.
APSTRi,C'T: More than 20 mineral species were discovered when
studying samples of the blue Pnd 'Laminarites clays.
The clays consist principally of minerals of the
hydromica type in various stages of alteration to
beidellite. The hydromicas are considered to be syn-
genetic and diagenetic. Kaolinite as an admixbare both
in the coarse fraction and in the colloidal-dispersed
part is due to secondary processes. The diagenetic
Card 1/;:~ minerals in the rocks are pyrite, siderite, and less

15 -5 7-4-4634
The Mineralogy of Clays From the Blue and Laminarites (Cont.)
aburdant ferruginous dolomite (the association with orgaric accumu-
lations Doints to a reducing environment during formation of tfte
clay sediments). The fragmental minerals, forming the sandy and
silty fraction of the rock, are quartz, feldspar, mica, chlorite,
glauconite, Ltnd aimandite garnet. There is no difference in tile
comnosition between the blue and the Laminarites clays.
.Card 2/2 L. P. Ts.

3'-%Z,BORODOV, K. A. ; SHARAY, V.14.
Chemical petrographic analysis of some new formations in
inaiistrial g1nes. Sbor.nauch.rpb.Bel.DD!itekh.inst. ao-55:5111-61
15(,. W;-~RA 1D: 7)
(GlaRs)

MAMOCHKIN, MikbBil Fedorovich; WPT __Vera Nesterovns; LOVTGIN,
Nikolay ivanovich; FOLISKIT, S., red.; SrEPANOVA, N., tekhn.red.
[Composition and engineering properties of the loess-type eoilB
ef White Russia] Sostav i stroitellnye svoistva lessovidnykh
gruntov BSSR. Minsk, Gos.izd-vo BSSR, Red.nauchno-tekhn.lit-ry.
1959. 122 p. (MIRA 13:12)
(White Russia--LoeBB)

SHARAY, V.H., Icand.tekhn.nauk
Methods of conducting laboratory work on the cycle of geological
subjects in a technical institution of higher learning. Sbor.
metod. rab. Bal. politekh. iast. no. 1:61-66 159. (MIRA 14:1)
(Geology--Study and teaching)

SHARAY, V. T. Cand Teoh Sci -- (diss) "Complex study of the weartagempW
0 and fatigue of steel." Kiev, 1959. 15 pp (Kiev Inst of Civil Air Fleet),
150 copies (KL, 52-59, 122)
-91-

SHARAY, V.N.; KONTSEVAYA, T.V.9 red.; KONCHITS, Ye.P.v tekhred.
[Fogineering geology; a manual for etudents in correspondence
schools with majors in construction) Inzhenernaia geologiia;
posobie dlia Btudentov zaochnykh fakulltetav stroitellnoi
spetsiallnosti. Mimak, Redaktsionno-izdatellskii otdol BPI im. I.V.
Stalinat 1960 105 P.
Nngineering geology)

PHASE I BOOK EXP1,OI1AT1ON SOV/4578
Minsk. Beloxijeskiy politekbnir-,hegk-Jy institut
Xhimiya, tekhnologiya i istoriya stekla i keramiki (The Chemistry, Technology, and
History of Glass and Ceramics) Minsk, Red.-izd. otdel BPI imeni I. V. Stalina,
1960. 138 P. (Series: Its: Sbornik nauchnykh trudov, vyp. 86) 1,200 copies
printed.
Sponsoring Agencies: Ministerst-vo vysshego, srednego spetsiallnogo i pro-
fessionallnogo obrazovaniya BSSR; Belorusskiy politf-khnicheskiy institut imeai
1. V. Stal-ina.
Editorial Board: N. N. Yermolenko, Candidate of Technical Sciences, I. S. Kaeban,
and L. K. Petrov; Ed.: N. V. Kapranova; Tech. Ed.: S. A. Pesina.
PURPOSE- This book is intended for chemists and physicists interested in the
composition, structure, and properties of glass and ceramics.

The Chemistry, Teclmology, and History (Cont.) SOV/4578
COVER,AGE: The articles contained in this collection deal with methods of study-
ing the properties of various glass and ceramic compositions and the tech-
nology of glass and ceramics manufacture. The last two articles treat the
history of silicate chemistry. No personalities are mentioned. References
follow the articles.
TABLE OF CONTENTS:
THE PHYSICAL CHEMISTRY OF SILICATES
Zhunina, L. A. [Candidate of Ter-hnical Sciences (Minsk)). Physicochemical Pro-
cesses in Glass Formation 3
Shumilin, A. H. (Candidate of Technical Sciences (Deceased), (Minsk)].
Study of the Interaction of Sodium Chloride With the Oxide and Hydrate
of Ferric Oxide During Heating 12
Sharay, V. N. (Candidate of Technical Sciences], and V. V. Tsitovich (Minsk].
The Mineralogical Composition of Refractory Clays From the "Gorodok"
Site 16
--Gard=9-/6

iv r r v
gg
Ir
61.1
ga
HE
zw
ru
10
1
jy

SHARAY, V.N., kand.tekhn.nauk (Minsk); TSITOVICH, V.V. (Minsk)
Mineralogical composition of refractory clays from the "Gorodokn
deposits. Sbor. nauch. trud. Bel. politekh. inst. no.86:16-26 160.
(MIRA 13:10)
(Fire clay)

SF-AiijiY, V.17., kand.tekhn.nauk
Studying the crystallization in glasfes made from easily
melting clay
.s. Sbor. rauch. trud. Bel. politekh. inst.
no.82:86-91 'W;- (VURA 15:
(Glass) (Crystallization) (Clay)

ZHUN-INA, L. A.; SHARAY, V. N.; KHRIFKOVA, N. N.; LUKYANOVA) T. T.
"On some structural peculiarities of CaO-MgO-SiO2#(R201R203) system glasses."
report submitted for 4th All-Union Conf on Structure of Glass, Leningrad,
16-21 mar 64.

8/0000/63/003/001/0178/0180
AT409316
ACCESSION NR" N. N.
F.; xhripkova.
V. N..; Taitko. V.
a. L. A.; Sh2r&v
AUTHOR: Zhunin be CoMpogition 0LO-Mip-alumina-milica in the
Imes with t1 phase
Ilization of 91" of am Amble WrOKS"
ation
Crysta oxide with the form
ce bf chrOmiurA ad. 1962. SteldoobraMOY'S
kloobraZDMu DOADYWAIro. lAniRgr eous state. no. 1:
zium po Ste as (Vitr
SOURCE: simpo irovanWa kristallizatmiya stak sww. lzd-vo
sostoy'aniye, vY*P- 1: Kataliz . Truft* SiMPOSiumm" v. 3, no Mo
Catalyzing crystallization of 91A")
!AN SSSR, 1963. 178-180 crystallization, aluininosilicats,
S_ glass. glass crystallization. catalyzed
TOPIC TAG - ium oxide
pyroxene chrOm work at the Problenm&Y& labOratoriya stekla
of earlier lian polywchnic-
continuation LmboraWry of the Belor"I
ABSTRACT: In kogo in8titutm, (GIASS and
tekhnichei P20 Z.0 ZrO2. Car Nio Cao. T102 t.,_
BelorusskogO P01i Aigated the crY
I Lve 9
titute) with cataIYAB "01% as 8002, Ltive: the authorm
al Ini the last two of which were ine with or without the additim Of
Cr2 o3, all but -002 . After the
a of the sysim Cao-mgo-A, wA WrOZWO
lization of 91"" inerd phames were
Cr203 (0. 1-5%) - Two M
1/3
C,,d
'rho
one, lore 90 beet,
Wo ove" bo thuo V0,01ce
L, to t . gXe
, ocefib . .
vuss ;4;~q
ion I? . ot
1,6 Va CT as
C-C - 9 1:0.
,T401.93 0 ~-L_q IVLOX tne as ~0~
X 0 c" 6v . -
axao va av"I ;x~ -,~es
saos 650- ovk tue 0 %A -S a *'%!r- 't ot 61 salas
ox I 0t $0 %0
dip% ors *30,011, the 0e Vb.%P
,L&Ve~' role 0
INC 0-1-L
OVL 0i .tiov -roe to tUe thogvt slog! via
,Oe- tse swo lie ~U~,:oa 0' 0
0t Vuclo the S1 GaLe 00910 10ox- so
ase . LVL jjAe 0v, %-awes
co ~M
'ho Ova, oaso Wue Col 100~0 , ti 0
5 its oedis, *~e. )Tks t t ttLelf tib 0t a0
.,vie - 6
SX-L LV.Lcqjte "tc
V, s! ~ A~ ell
be
ble I ,101N r-el, Cry 0 06 *6 *L6
sta .1117,3; ,,tlce 0a colavo -teas' lv;~~ .
cTj Sta teoVO cilculo e4 W 0A -01 toe oilv
ov~ tj, e jive oilvo toe*
ava too 000
r,O to jovielc a Of
e
60Q.
Lot;-. 1;01LO 1*0 60*00
I
Go
card%

ACCESSION NR: AT4019316
Cr2O3 added to pyrmene in %

goo

650

sw
750

7w
6so
gl!ss
Fig. 1 - CrystaUization diagram of glamw of the syntem R203 -R0 (4 bmrs).
I - spLuellids; 2 - spineRid* + pyr 3- enes
3/3
card

L 38861,-66 A-,T(l /FvIr(c) WH/1*1
ACC NR, AR6015906 SOURCE CODEt UR/0081/65/000/022/Bo66/Bc66
AUMOR: Zhunina, L. A.;-Sharay, V. N.; Tsitkov V. F.; Khripkovaq N. N.; Luklyanova,
T. T ;. Mazurenko V. D.
6
TITLE: Crystallizationlof glasses in the CaO-14gO-Si stem in the presence of
sy
other components
SOURCE: Ref. zh. Khimiyaj Abs. 221478
REF SOURCEs Sb. Stekloobrazn. sostoyaniye. T- 3- Vyp. 4. Minsk, 1964, 69-74
TOPIC TAGS: glass, calcium oxide, magnesium oxide# silicon dioxide, crystallization
ABSTRACT: Dilatometric, petrographic, and x-ray diffraction methods were used to
study the crystallization of glasses in the CaO-Nl~~SiO2 system in the presence of
A120~, Fe20j, Cr2O~, ItO, and Na20' It was found that CrZO~ and FG20~ accelerate the
process of formation of the spinel phase, 'which forms numerous centers around which
the main pyroxene phase crystallizes. Na20 has a direct catalyti4ffect on the
pyroxene phase and promotes the ordering of the process ofgyroceramization as a
whole. It is recommended that the three catalysts Cr O~, i"e2L~, and Na20 be added
simultaneously. Ya. Shenkin.[Translation of abstracti.
SUB CODE: 07,11

L 11852-56 EWP(e)/EWT(m)/EWP(-b) GS/WR
ACC. NR: AT6000512 SOURCE CODE: UR/0000/65/00 7
VY -el~l qV -,/ V 41J
AUTHOR: Zhunina, L.-Ar; Sharay, V. N.; Mazurenko, V. D.; Khri kova. N. N.;
Luklyanova, T. T.
ORG: None
iS
TITM Certain structural features of the products of crystallization of the
CaO-M9O-SiO2 +--(&0, R203) system
q
SOURCE- Q.'aLZja= govashchanive no stekloobraznomu sostovanivue 4th. Lenina
rad1 1964. Stekloobraznoye sostoyaniye (Vitreous state); trudy sqveshchaniya,
Leningrad, Izd-vo Nauka, 1965, 404-407
TOPIC TAGS: catalyzed crystallizationi glass property, silicate glass, glass
ABSTRACT: The article presents some data gathered during the study of the cat-
alyzed crystallization within the ql~sse qof the CaO-MgO-SiO2 _sy6tem. Pro-
ducts of thermal processing were studied by extracting various oxides in 2n
sulfuric acid and by x-ray, petrographic, thermographic, and electron microscope
methods. Results concerning the oxide content in glasses made from chemically
pure reagents (Pch) and those having a small sodium fluoride admixture (66) are
shown in graphs. Analysis of all the results shows that the heterogeneous
Card

2 5 ( 2 PHA~')E I IN.10K EXPLOiTATION SOV/3229
Sharay, Vladimir 'IIIr,,jofeyevJr-,n
Kompleksnoye issledovaniye Iznosa I ustalostl stall (Detailed
Investigation of Wear and Fatigue of Steel) Kiyev, Gostekhlzdat,
1959. 30 P. 1,500 copies prInted.
Ed..- A. Novik; Tech. Ed.: S. Shafeta.
PURPOSE: This booklet is in"Cended for "he scientific worker and
technical personnel engaged in production, repair, and operation
of machines.
CMRAGE: The author presents data from investigations to determine
the effect of changes oc-,-~urrlng In the surface layers of machine
parts during wear on tiie fatigu~-~haracteristics of steel. The
results of tests carriec. niit 'tr-, find the relationship between
the wear resistance of and t%e aii-iount and type of cyclic
stress variation are shown. Sev-3ral authors from the bibliography
are cited in the i'litroduction. TN-~ere are 28 references, all-
Soviet.
Card 1/2

uetalled Iriveqt-tL,;at!nn of '.~I'car 4' i~ S OV/'-' 2 2 9
TABLE OF CONTENTS:
T11 troduc tion 3
1
Methods of Inv--stigation 4
Effect of Various Types o-f cn ~.he 1,'atigue Strength of Steel 7
Fatigue Stren-rh of Steel DiAring liiear Onde-r Cycl-jl.(, Loads 15
~-Iear Resistanc.-o of (~Ycli~.- Loads 22
COPCIUOIW~S 27
-Ribliography 30
A V Al LA F LZ Library -f
VK/mg
C a rj 2,12 4/25/60

28(5) S/'03 2/6 0/02 6,_/02/04 8/1 057
~'~UTHOR- Sharay, V., T, BO1O/B115
TITLE.~ Device for the Combined Study of Wear and Fatigue of Steel
PERIODICAL Zavodskaya laboratoriya, 1960, Vol 26, Nr 2, pp 241-242 (USSR)
t'~BSTRACT~ In machines effecting friction and cyclic loading, a change
in properties of the surface layers is experienced by wear which
influences the fatigue characteristics of the parts, while the
stability is influenced by repeated cyclic loading., The combin-
ed effects of these two factors have little been investigated
by now, For this reason, a special dMvice designed for combined
wearing and fatigue tests of steels)~was developed at the insti-
tute named hereafter. The device was designed on the basis of
the well-known NU machine which is used to perform fatigue tests
on rotating specimens with simple bending. A direct-current
motor (30 to 7000 rWl was substituted for the alternating-cur-
rent motor, and is fed from a VSA-06YI rectifier. The peripheral
speed of the cylindrical test specimen can th-us be raised to
0,027 to 6,2 m/sec with a diameter of d = 17 mT.-, and to 0.015
to 4 4 mi/sec with d = 12 mm, The electric circuit of the ITU
Card 112 machine was practically maintained. Frictional pressure Is e fo